The Cost-Effectiveness of Application Performance Monitoring

Poor app performance leads to fewer users, less happy users and overall loss of profit. Mobile app performance testing, when used effectively, should do more than indicate something’s wrong. Testing should prevent poor performance before the app sees the light of day. Application performance monitoring, or AMP, goes deep by testing apps through every stage of development. This saves an organization time and money. Here is how AMP works and why your app development team needs it.API MonitoringAn app isn’t merely a convenient user tool, it is a complex package composed of bidirectional data streams, containers and multiple APIs that must work efficiently with one other. During the development phase, all of these pieces need to work independently, as well as together in order to create a stable product. Running tests during the development stage lessen the possibility of an unstable end product. It even diminishes the chances of instability occurring during the product’s testing stage. API monitoring allows developers to receive feedback during development so they can correct errors and better understand how an API will perform in the real world read alsowin 10 iso download.Continuous DeploymentAI-powered mobile applications rely on real-time databases. When a database is slow, performance suffers. This is especially problematic when the mobile app is marketed as a fast way for users to receive answers to questions. Latency is a quick way to lose users. AMP technologies investigate and isolate the causes of spikes in a database. In continuous deployment scenarios, APM tools help identify a code error or a corrupt database index and assist in developing a quick solution.Improved User ExperienceWith every behind-the-scenes improvement comes an increase in user satisfaction. Only last year, mobile SaaS developers saw the need for improved app performance. Studies indicated that poor in-app performance, whether latency between screens or lack-luster functionality, led users to delete apps. Competition between apps is higher now than it was a year ago, making improved in-app performance essential to attracting and retaining users.Industry-specific apps, enterprise apps and other business applications gain popularity through ease of use and word-of-mouth. The better your app’s reputation then the more likely it will be adopted by others within the initial user’s circle. Additionally, high functionality tends to increase the number of users who opt for premium versions of an app.SecurityEarly AMP tools focused on improved functionality, but developers are starting to appreciate how poor app performance can be indicative of a security breach. Sophisticated AMP tools isolate the reasons behind poor performance by monitoring the complete system chain, flagging potential security issues.Overall, the cost-effectiveness of AMP technologies is most recognizable within the development context. Faster error identification leads to faster iterations, which in turn speeds the time taken to bring a product to market. With increased efficiency, teams can complete numerous projects within the time it used to take to complete one. AMP tools also alleviate developer’s stress, leading to higher morale and retention rates.